Gene Bmur_1459 details

Gene Information

• Locus tag: Bmur_1459
• ID: 9142447
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Brachyspira murdochii DSM 12563
• Kingdom: Bacteria
• Replicon accession: NC_014150
• Strand: +
• Start bp: 1663195
• End bp: 1665366
• Gene Length: 2172 bp
• Protein Length: 723 aa
• Translation table: 11
• GC content: 29%
• Product: peptidase U32
• Protein accession: YP_003633745
• Protein GI: 296126493

Plasmid Coverage information

• Num covering plasmid clones: 48
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

ATGGAAAATA ACTTGAATAT AAAAACTCAA AACAAAAAAA TAGAATTACT CGCACCTGTT 
GGAGATGAAA GAGCTTTGAA GGCTGCTGTT AATGCTGGGG CTGATGCGGT GTATTTTGGT 
ACTAAAAGTT TTAATGCCAG AGTTGGTGCT GCTGAAAACT TTGGTGAAAA GGCACTTGAA 
GAGAATATAA GATTTGCTAA ATTAAGAGAT GTTAATGTTT ATATAACTGT TAATACTTTA 
GTTTATAATG ATGAAATTGA TAAAGTGCTT CCTCTTATAA AAAGTGTTTA TAATATGGGA 
GCTGATGCTA TTATAGTGCA GGACTTGGGT ATTATTGATA TAGTAAGAAA TAATTTAAAT 
ATTGCTATGC ATGCAAGTAC GCAGATGTCT TGTAATAATT TAGACAGCGT AAAACTTTTA 
AAAAGTATTG GACTTGATAG AGTAGTTTTA GCCCGTGAAA TGAGTTTGGA TAATATAAAA 
TATATTAGAG ACAATACTGA TATAGAGCTT GAAACTTTTG TGCATGGGGC TTTATGTGTA 
AGTTTTTCAG GTCAATGTGC TTATTCATAT TTGCATGGAG GAAGAAGTGC CAATAGAGGA 
GCATGTGCTC AGCCTTGCAG AATGGAATAC ACAGGAGGTA AAACTAATTA TCCTTTAAGC 
ACAAAAGATT TGATGACTAT TGATATAATT CCTAATTTAC TTGAAAGCGG AATAACATCT 
TTTAAAATAG AAGGACGTGC TAAAAGAAGC GAATATGCCG CAATTACAAC TTCTATATAT 
AGGCATGCTA TTGATTTGGC TTTGGAAAAT AAGGATATAC CAATTGAAAA GTATAGAGAA 
AGTCTGATGA AGATTTTTAA TAGGGGAGGT TTTTCTCAAG GGTATTATTA TAATTCAAAG 
GATATTTTTG AAAATTATAA ACCTAGCCAT GATGGTGAAT ATATAGGAGA GGTTACAGCA 
TACAAGAAAA ATAAAATATA TATACATGCG GATAAAGAAT TAAATGTTTA TGACGGGCTT 
TCGTTCGGAG AGAGCGGAAC AGTTGGAATG CAGATTTCTG ATTTGTATAA AGATAATGAG 
AGGGTAAAAA GAGCTAAAGG AAATTTGAGT TTTTCTGCTG TTATAAAAAA TGTCAATGTA 
GGCGATAAAG TTTATAGGAC TACAGACAAA CTGCAGATTG ATGAGGCAAA CAAAATAATT 
GAAAATGATA GTTTTAAACA TATTCTTGAT TTGAAATGCA TAATCGGTTT TAATAATGAC 
AAAATAAAAT TGGAAGTTCA TAGCAAATAC AATGATAGAT TAAACAATAT AGAATACATA 
AGCGATTATA TTATTCAAGA TGCCAAAACA AAATCAACTA CTAAAGAAGA TATTTTTAAT 
TCTCTTTCAA AGACTGGTGG TACAGTATTT GAATTTGAAG ATATTATTAT AGAAGAGAAT 
TTTAAAAATC CTTTTATACC TGTAAAAGTT TTAAATGAAG CTAGGAGAGG ATTAATAGAA 
AAATTGGAAA ATATCTTGAT TAAGCCTAAA GAAATACATT ATGATAAAAA TATTTTTAAT 
AATATTAATT ATCCTAATAC TGATATAAAA GTTTTGATTG TAAACAGCGA AGAGAAATTA 
AAATTATATT CTGATATTCA TTATGATAAA AGAATATTAT TTCCAAGTGT TTATGATGAA 
AATATAATAA CGCTTTTTGA AAATAAAAAA ATAGATGGTA TAATACTTCC TCATGTAACA 
TTTGACAAGG ATATTGAAGT TATAAAAAGC ATAGTAGAAA AAACATACGG CATGATAGTA 
ATATGCAATA ATTTGGGGCA TATTGAGGCA TTAAAAGGAA AAGCTCTATT ATGGTCTGGA 
ATAGGACTTA ATGCCATTAA TAATTATAGC GTAAACTTTT TATATAAGTT AGGAGTAAAT 
ACTGTAATAT CTGCCATTGA AGCGGGTAAA AAATTAAAAA ACACTATAAG CATAAAAGAA 
GGTTTTATAC CTGCTATGAA CTTTGCCTTC TGTCCAAAAA GCATGTCGGT TGGCTGCTCT 
AAATGCAAAG AAGAGGATAT TATTGACCAC AAAGGAAATA CTGTAATATT TGACTGCGTG 
AAGATGTATA ATAAAACTAG CTTTATATTA GAAAATATAA AAAATAAAAA CGGTAATATT 
TATTGTTATT AG 

 

Protein sequence

MENNLNIKTQ NKKIELLAPV GDERALKAAV NAGADAVYFG TKSFNARVGA AENFGEKALE 
ENIRFAKLRD VNVYITVNTL VYNDEIDKVL PLIKSVYNMG ADAIIVQDLG IIDIVRNNLN 
IAMHASTQMS CNNLDSVKLL KSIGLDRVVL AREMSLDNIK YIRDNTDIEL ETFVHGALCV 
SFSGQCAYSY LHGGRSANRG ACAQPCRMEY TGGKTNYPLS TKDLMTIDII PNLLESGITS 
FKIEGRAKRS EYAAITTSIY RHAIDLALEN KDIPIEKYRE SLMKIFNRGG FSQGYYYNSK 
DIFENYKPSH DGEYIGEVTA YKKNKIYIHA DKELNVYDGL SFGESGTVGM QISDLYKDNE 
RVKRAKGNLS FSAVIKNVNV GDKVYRTTDK LQIDEANKII ENDSFKHILD LKCIIGFNND 
KIKLEVHSKY NDRLNNIEYI SDYIIQDAKT KSTTKEDIFN SLSKTGGTVF EFEDIIIEEN 
FKNPFIPVKV LNEARRGLIE KLENILIKPK EIHYDKNIFN NINYPNTDIK VLIVNSEEKL 
KLYSDIHYDK RILFPSVYDE NIITLFENKK IDGIILPHVT FDKDIEVIKS IVEKTYGMIV 
ICNNLGHIEA LKGKALLWSG IGLNAINNYS VNFLYKLGVN TVISAIEAGK KLKNTISIKE 
GFIPAMNFAF CPKSMSVGCS KCKEEDIIDH KGNTVIFDCV KMYNKTSFIL ENIKNKNGNI 
YCY